The Experiment Research of High-Pressured Cauldron’s Anti-Hydration

Wang Nian Zhang; Ning Deng; Chang Hua Liu; Guo Dong Sun; Xue Fei Du

doi:10.4028/www.scientific.net/AMR.189-193.3089

Paper Titles

MQL Technology Including the BTA Deep Hole Drilling Machining
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The Effect of Two-Step Aging on the Electrical Properties of 7075 Aluminum Alloy
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Comparative Study on Force in Milling T10 Hardened Steel with Different Machining Parameters
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Influence on Cutting Forces and Vibration in High Speed Machining Pocket Corner
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The Experiment Research of High-Pressured Cauldron’s Anti-Hydration
p.3089

Study on Decreasing Processing Cost of Special-Shaped End Socket
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Nano-Process of SiC Ceramics by Molecular Simulation
p.3097

An Ultrasonic Elliptical Vibration Burnishing Process for Reducing Surface Roughness
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Error Analysis and Simulation of Gear Form Grinding
p.3109

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 189-193The Experiment Research of High-Pressured...

The Experiment Research of High-Pressured Cauldron’s Anti-Hydration

Abstract:

The method of anti-hydrated of CaO-MgO was investigated in this paper. Take the magnesium calcium granulated substance as raw material, through studied material granularity, weight and other factors to influence anti-hydration of magnesium calcium. It is discovered that granularity of material influence on the anti-hydration of CaO-MgO, and confirm that this method is reliability and validity.